
On Distributed Differential Privacy and Counting Distinct Elements
We study the setup where each of n users holds an element from a discret...
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Algorithmic Persuasion with Evidence
We consider a game of persuasion with evidence between a sender and a re...
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Differentially Private Clustering: Tight Approximation Ratios
We study the task of differentially private clustering. For several basi...
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The Complexity of Adversarially Robust Proper Learning of Halfspaces with Agnostic Noise
We study the computational complexity of adversarially robust proper lea...
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Consensus Halving for Sets of Items
Consensus halving refers to the problem of dividing a resource into two ...
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Neartight closure bounds for Littlestone and threshold dimensions
We study closure properties for the Littlestone and threshold dimensions...
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A Survey on Approximation in Parameterized Complexity: Hardness and Algorithms
Parameterization and approximation are two popular ways of coping with N...
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Closing Gaps in Asymptotic Fair Division
We study a resource allocation setting where m discrete items are to be ...
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Pure Differentially Private Summation from Anonymous Messages
The shuffled (aka anonymous) model has recently generated significant in...
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Tight Running Time Lower Bounds for Strong Inapproximability of Maximum kCoverage, Unique Set Cover and Related Problems (via tWise Agreement Testing Theorem)
We show, assuming the (randomized) Gap Exponential Time Hypothesis (Gap...
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Private Aggregation from Fewer Anonymous Messages
Consider the setup where n parties are each given a number x_i ∈F_q and ...
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Parameterized Intractability of Even Set and Shortest Vector Problem
The kEven Set problem is a parameterized variant of the Minimum Distanc...
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Nearly Tight Bounds for Robust Proper Learning of Halfspaces with a Margin
We study the problem of properly learning large margin halfspaces in th...
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Approximation and Hardness of ShiftBribery
In the ShiftBribery problem we are given an election, a preferred candi...
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The Price of Fairness for Indivisible Goods
We investigate the efficiency of fair allocations of indivisible goods u...
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On Closest Pair in Euclidean Metric: Monochromatic is as Hard as Bichromatic
Given a set of n points in R^d, the (monochromatic) Closest Pair proble...
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When Do EnvyFree Allocations Exist?
We consider a fair division setting in which m indivisible items are to ...
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The Computational Complexity of Training ReLU(s)
We consider the computational complexity of training depth2 neural netw...
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A Note on Max kVertex Cover: Faster FPTAS, Smaller Approximate Kernel and Improved Approximation
In Maximum kVertex Cover (Max kVC), the input is an edgeweighted grap...
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Multitasking Capacity: Hardness Results and Improved Constructions
We consider the problem of determining the maximal α∈ (0,1] such that ev...
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Mildly Exponential Time Approximation Algorithms for Vertex Cover, Uniform Sparsest Cut and Related Problems
In this work, we study the tradeoff between the running time of approxi...
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A Note on Degree vs Gap of MinRep Label Cover and Improved Inapproximability for Connectivity Problems
This note concerns the tradeoff between the degree of the constraint gr...
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ETHHardness of Approximating 2CSPs and Directed Steiner Network
We study the 2ary constraint satisfaction problems (2CSPs), which can ...
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SheraliAdams Integrality Gaps Matching the LogDensity Threshold
The logdensity method is a powerful algorithmic framework which in rece...
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Losing Treewidth by Separating Subsets
We study the problem of deleting the smallest set S of vertices (resp.ed...
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Parameterized Intractability of Even Set and Shortest Vector Problem from GapETH
The kEven Set problem is a parameterized variant of the Minimum Distanc...
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On the Parameterized Complexity of Approximating Dominating Set
We study the parameterized complexity of approximating the kDominating ...
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From GapETH to FPTInapproximability: Clique, Dominating Set, and More
We consider questions that arise from the intersection between the areas...
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Parameterized Approximation Algorithms for Directed Steiner Network Problems
(See paper for full abstract) Given an edgeweighted directed graph G=...
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Pasin Manurangsi
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